Overly insulting or crass comments will be removed. You are allowed one submission, and you must be active in the comments to answer any questions. You can read about why this policy exists here.Ĭrowdfunding: Must be relevant to engineering and submitted as a self-post (not a link). No posts about the 9/11 terrorist attacks. All sources are subject to moderator evaluation. This includes YouTube channels, blogs, etc. For assistance with resumes, try /r/EngineeringResumes.Job postings must go into the Quarterly Hiring Thread.No questions on "how something works" - try r/AskEngineers.Īll workplace topics and questions asking for career advice must go into the Weekly Career Discussion Thread. NOTE: Asking for help on homework will result in an instant ban. No questions related to university, school, major selection, GPA, coursework, etc. Working students may apply for a special evaluation procedure, based on:Ī) one individual oral and written examination, in laboratory environment, with maximum value of 50% of final markingī) one individual written exam, with maximum value of 50% of final marking Classification improvementĪ special evaluation improvement session may be possible for students.Ī special oral and written individual examination may be undertaken to upgrade the distributed evaluation marking, andĪ special written examination may be undertaken to upgrade the marking attributed to the final written exam.If you see any post or comment that violates these rules, please report it so the moderators can respond in a timely manner. Remark: students are only approved in the course if computed final mark is above 9,5 units out of 20, subject to none of the partial evaluation (distributed and final exam) are not evaluated below 8,5 units Examinations or Special AssignmentsĪs described above Special assessment (TE, DA. In order to obtain frequency the student must attend classes within the legal limits of frequency Calculation formula of final gradeĪ) Distributed evaluation, which totals a maximum of 55% of final marking, resulting from:Ī1) random "mini tests"(of short duration) at formal lecture classes - 10% of final markingĪ2) work group results during laboratory sessions - 10% of final markingĪ3) special mid-term laboratory session individual evaluation - 15% of final markingĪ4) end-of-term laboratory session individual evaluation - 20% of final markingī) Final written exam, which totals a maximum of 45% of final marking Technological sciences > Engineering > Control engineering > AutomationĪmount of time allocated to each course unit Designation Beitler Tratado practico de oleohidraulicaī)tutorials for circuit analysis, sizing and designĬlasses are fully supported by multimedia aids.įor each laboratory class there are milestones to be reached Software System and component experimental testing Mandatory literature Hydraulic circuit analysis, sizing and design. Efficiency aspects.Īuxiliary components: filters and filtering, cooling, instrumentation. Overall analysis of hydraulic systems applications Pneumatic circuit analysis and simulation. ISO 1219 graphical representation of fluid power systems. Power systems.Ĭompressed air: production, conditioning and distribution.Īctuators: types, properties, selection and sizingĬontrol valves: directional, pressure and flow control Pre-requirements (prior knowledge) and co-requirements (common knowledge)įluid Power systems: energy and power by fluids. be able to select components for an application Working method understand the technologies of Hydraulic and Pneumatic systems, On conclusion of this course the student should be able to: On conclusion of this course the student should be able to understand the technologies of Hydraulic and Pneumatic systems, the functional properties, sizing and selection of parts for an application. Fluid Power Systems for drive, transmission and control through fluid energy: Hydraulics and Pneumatics.
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